Özlem has an academic background in electrochemistry and material science. She focusses on the application of electrochemical methods for synthesis and characterisation of functional materials for corrosion protection and green electrocatalysis. Her research revolves mainly around metals and alloys, in all forms, as bulk materials, thin films and nanoparticles. A special focus of her research are multi-principal element alloys (MPEAs) which break from the conventional alloy concepts by offering a near infinite compositional space. To tackle this complex design challenge, she relies on Material Acceleration Platforms (MAPs) and AI-guided autonomous material discovery. Özlem is also coordinating the MAP-activities at the Federal Institute of Materials Research and Testing (BAM).
This session will cover:
This session explores how to build an ecosystem around autonomous Materials Acceleration Platforms (MAP) for advanced functional materials in sustainable energy technologies. Three speakers will provide insights: one on the COST-Action EU-MACE, an ongoing European project establishing such an ecosystem; another will showcase a specific example on connecting traditional (legacy) laboratories to a MAP in practice; and the third will highlight the critical role of communication in bridging diverse stakeholders to foster collaboration and accelerated innovation.
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